Abstract The Fluid Momentum Wheel (FMW), an innovative anti-roll device, requires
accurate evaluations of mechanical-energy loss within its flow field due to the direct impact …

Aiming at the heat dissipation problem under the strict constraints of mass, volume, and
power consumption in micro spacecrafts, the feasibility of applying a natural circulation loop …

In this paper, a novel magnetohydrodynamic attitude adjustment method is proposed, which
uses a spherical magnetohydrodynamic attitude control device for the three-axis attitude …

This study presents an innovative approach to attitude control in microsatellites by utilizing a
spherical magnetohydrodynamic attitude control device (MHD-SACD) for three-axis attitude …

In this paper, a novel magnetohydrodynamic attitude adjustment method is proposed, which
only uses a spherical magnetohydrodynamic attitude controller for three-axis attitude …

In this paper, a novel mechanism is proposed for three-axis attitude adjustment of a satellite.
The purpose of the simulation is to analyze flow field of the spherical MHD attitude controller …

In this paper, a novel method using a spherical magnetohydrodynamic attitude controller is
proposed for the satellite three-axis attitude adjustment. The aim of this paper is to study …

The magnetohydrodynamic momentum ring studied in this paper is used for satellite attitude
adjustment. The purpose of this paper is to study the magnetic field distribution …

In this text, the proposed liquid momentum ring is aimed at the space mission of attitude
control of satellite. The characteristic distribution of magnetic field about researched …

In this study, a novel mechanism using for the satellite three-axis attitude adjustment is
proposed. The aim of this paper is to study the magnetic field of the spherical …